Differences between inverter and conventional air conditioners
When you search for Split air conditioners , you may have come across an inverter model. Although they share similar aesthetic features and are equally powerful, the difference between a conventional and an inverter air conditioner lies in the internal components of the unit, i.e., in the product's technology.
Inverter technology was developed to reduce energy consumption . An innovation in the system is that while a conventional compressor cycles on and off during operation, the inverter air compressor doesn't shut down completely. This prevents power surges and thus reduces electricity bills. The latest models can save up to 75%!
In addition to being cheaper, inverter air conditioners allow you to quickly reach your desired temperature. They are also more durable than conventional units because their parts are less prone to wear and tear.
Understand their differences in this article:
Traditional air conditioning
on With a traditional split air conditioner , room temperature tends to fluctuate. plus While the air conditioner is running, this occurs due to the intermittent operation of the compressor (on/off cycle) , which leads to increased energy consumption.
Inverter air conditioning performance
in The air conditioner is a reflector ; the ambient temperature tends to be More stable The compressor operates with variable and continuous rotation. This translates to greater comfort and a lower noise level. Reduced energy consumption , up to 75% savings compared to traditional appliances.
traditional speed
On average, a conventional air conditioner needs It takes slightly longer to reach the desired temperature, compared to an inverter.
reverse speed
Inverter air conditioners generally reach the desired temperature. shorter runtime This is traditional. This is because the refrigerant (gas) circulates at a higher pressure in the device, resulting in better heat exchange.
traditional compressor
The compressor works with Constant and intermittent rotation (on/off) . A notable characteristic of compressors using R22 gas in heating mode is the possibility of the gas freezing when exposed to extremely low temperatures. This causes the unit to reverse the cooling cycle to defrost and then resume heating.
Inverter compressor
The inverter air conditioning compressor works with Continuous variable rotation (does not turn off) They all use R32 gas. This gas is recommended for use in places with very low temperatures, as its operation reduces the possibility of freezing.
Traditional maintenance
It doesn't contain as many electronic components as an inverter. Generally, it has Reduced maintenance costs.
reverse maintenance
It contains a larger number of electronic components and requires qualified professionals in this technology. For this reason, maintenance costs are usually higher than those of traditional systems.